High-EF
Structure de mise en forme 2 colonnes
  • Saturday 06 June 2020
    		•
    Expand / Collapse allExpand / Collapse all
    1. FolderHigh-Ef at a glance 
      1. PageConcept 
      2. PageInnovations 
      3. PagePublic support 
    2. FolderHigh-Ef Partners 
      1. PageInstitute of Photonic Technology (IPHT) 
      2. PageCSG Solar AG (CSG) 
      3. PageBookham Switzerland AG (BH) 
      4. PageHoriba Jobin Yvon (HJY) 
      5. PageInESS-CNRS/ULP Strasbourg (CNRS) 
      6. PageSwiss Federal Laboratories for Materials Testing and Research (EMPA) 
      7. PageALMA Consulting Group (ALMA) 
      8. PageResearch Institute for Technical Physics and Materials Science Hungarian Academy of Science (MFA) 
    3. FolderWork Description 
      1. PageWP1: Diode laser crystallized multi-crystalline seed layer on glass (including Si-N barrier layer) 
      2. PageWP2: Epitaxy on seed layer by SPE (including surface preparation) 
      3. PageWP3: Stress analysis of multi-crystalline thin silicon by Raman spectroscopy: Development of technique 
      4. PageWP4: Stress analysis of multi-crystalline thin silicon by EBSD: Development of the technique 
      5. PageWP5: Development of a high-power diode laser array with line focus including optics 
      6. PageWP6: Numerical simulation of crystallization processes 
      7. PageWP7: Outline a system integration of laser processing and stress analysis in the process line of CSG 
      8. PageWP8: Mechanical testing of the thin layer/glass structures 
      9. PageWP9: TEM based defect structure and population analysis 
      10. PageWP10: Lock-in thermography to determine shunts in processed solar cells, based on the laser-SPE material 
      11. PageWP11: Efficiency tests on new material; Test structure processing 
      12. PageWP12: Dissemination, Integration and standardisation 
      13. PageWP13: Project management 
    4. PageNews 
    5. PageDownload 
    6. PageUseful Links 
    7. FolderForum 
      1. PageRegistration